Core technology across CHEQUERS (quantum cascade lasers), LISA (tuneable lasers for actinide spectroscopy), VISGEN, BIOSPEC, and PROSCOPE (Raman spectroscopy systems).
M-SQUARED LASERS LIMITED
Glasgow SME manufacturing advanced tuneable laser systems for spectroscopy, biomedical imaging, quantum physics, and remote sensing applications.
Their core work
M-Squared Lasers designs and manufactures advanced tuneable laser systems used across quantum physics, biomedical imaging, and spectroscopy applications. As a Glasgow-based SME, they supply precision laser sources — from quantum cascade lasers for infrared sensing to tuneable lasers for resonance ionization and Raman spectroscopy. Their technology enables other research teams to perform experiments in cold atom physics, endoscopic cancer diagnosis, nuclear spectroscopy, and quantum metrology. In EU projects, they typically serve as the specialist laser technology provider within larger scientific consortia.
What they specialise in
Laser sources for in-vivo diagnostics in MIB (bladder cancer), PICCOLO and PROSCOPE (colorectal cancer), and BIOSPEC (biophotonic specialists).
Laser systems for quantum experiments in ColOpt (optomechanics in ultra-cold matter), TEQ (large-scale quantum mechanics), and STORMYTUNE (spectral-temporal metrology).
LISA project applies tuneable lasers to resonance ionization spectroscopy of actinide elements for nuclear properties and medical radioisotope research.
CHEQUERS developed compact quantum cascade laser sensors for standoff detection of explosives and threat materials.
How they've shifted over time
In the early H2020 period (2015-2018), M-Squared focused on infrared security applications (quantum cascade lasers for explosives detection in CHEQUERS) and fundamental cold atom physics (ColOpt), while also launching workforce development through three small coordinated CSA projects. From 2019 onward, their focus shifted decisively toward biomedical Raman spectroscopy (PROSCOPE), nuclear laser spectroscopy for actinides (LISA), and advanced quantum metrology (STORMYTUNE). The trajectory shows a company moving from defense-adjacent sensing toward life sciences and precision measurement — higher-value, higher-impact application domains for their laser technology.
M-Squared is pivoting their laser expertise toward medical diagnostics and nuclear spectroscopy, making them an increasingly relevant partner for health and applied physics consortia.
How they like to work
M-Squared operates predominantly as a specialist participant (10 of 13 projects), contributing laser technology to consortia led by universities and research institutes. Their three coordinator roles were all small CSA (Coordination and Support Action) projects in 2017-2018 focused on skills recruitment, not large research efforts. With 95 unique partners across 18 countries, they maintain a wide but non-repetitive network — typical of a sought-after technology supplier that different research groups pull into their consortia rather than a company that builds its own recurring partnerships.
M-Squared has collaborated with 95 distinct partners across 18 countries, indicating they are widely recognized as a go-to laser technology supplier for European research consortia. Their network spans from fundamental physics groups to clinical research teams, with no strong geographic concentration beyond their UK base.
What sets them apart
M-Squared occupies a rare niche as an SME that manufactures production-grade tuneable laser systems while actively participating in frontier research projects. Unlike most laser companies that simply sell equipment, they embed within research consortia and co-develop application-specific laser solutions — from cancer endoscopy to actinide spectroscopy. This makes them an unusually versatile industrial partner: they bring both commercial laser engineering capability and genuine research collaboration experience.
Highlights from their portfolio
- CHEQUERSLargest single EC contribution (€744K) — developed compact quantum cascade laser sensors for remote explosives detection, their most security-focused project.
- PROSCOPERepresents their biomedical pivot — multimodal optical imaging combining Raman spectroscopy, OCT, and two-photon microscopy for colorectal cancer diagnosis.
- LISAOpens a new application domain — tuneable lasers for resonance ionization spectroscopy of actinides, bridging into nuclear physics and medical radioisotopes.